HNC Electronics Group Award Code: G7E8 15 HND Electronics ... · Arrangements document: HNC/HND...

ARRANGEMENTS

HNC Electronics

Group Award Code: G7E8 15

and

HND Electronics


An SQA National Development

Publications

Copyright:

A Higher National Development under the new

SQA HN Design Rules

HNC Electronics


and

HND Electronics


Arrangements Document: Version 11 (March 2019)

History of changes

It is anticipated that changes will take place during the life of the qualification and this section

will record these changes. This document is the latest version and incorporates the changes

summarised below. Centres are advised to check SQA’s APS Navigator to confirm they are

using the up to date qualification structure.

NOTE: Where a Unit is revised by another Unit:

No new centres may be approved to offer the Unit which has been revised.

Centres should only enter candidates for the Unit which has been revised where they are

expected to complete the Unit before its finish date.

Version

number Description Date

11 Addition of Units: J0HA 34 Computer Programming and J0H9 34 Data Security added as Optional units to HNC and HND frameworks

29/03/19

10

Revision of Unit: DE1K 33 Workplace Communication in English

has been revised by H8T2 33 and finishes on 31/07/2016.

08/05/15

09 Removal of finish date from unit DG4P 35 Mathematics for

Engineering 3. Addition of Credit Transfer Table see 6.

15/01/15

08 Revision of Units: D77G 34 Communication: Practical Skills

revised by H7MB 34. DG4H 33 Mathematics for Engineering 1:

Electronics and Electrical revised by H7K0 33 Engineering

Mathematics 1. DG4L 34 Mathematics for Engineering 2 revised by

H7K1 34 Engineering Mathematics 2 on HNC and HND

frameworks finishing 31/07/2016.

21/10/14

07 Engineering Mathematics 3 (H7K2 34), Engineering Mathematics 4

(H7K3 35) and Engineering Mathematics 5 (H7K4 35) added as

optional Units to HND framework.

19/08/14

06 Addition of optional Units: Energy Overview (H4J5 34) and Energy

Technologies (H4J6 35).

09/08/13

05

Due to the HN Review the following Units have been amended and

recoded: DN42 34, DG2X 34 and DG54 34.

26/04/12

04

FY9R 34, FY9T 34 and FY9E 34 added to optional section of

framework.

April

2012

CONTENTS

Page

1 INTRODUCTION 1

2 RATIONALE 1

2.1 HN Engineering Frameworks 1

2.2 History and Market Research to support the HNC and HND Electronics 5

2.2.1 History of the HNC and HND Electronics 5

2.2.2 Market Research 5

3 AIMS 8

3.1 General aims of the HNC Electronics 8

3.2 Specific aims of the HNC Electronics 8

3.3 General Aims of the HND Electronics 9

3.4 Specific aims of the HND Electronics 9

4 RECOMMENDED ACCESS 18

5 STRUCTURE OF THE QUALIFICATIONS 20

5.1 HNC Electronics Structure 20

5.2 HND Electronics Structure 21

5.3 SCQF Levels 23

5.4 Conditions of Awards 24

5.4.1 HNC Electronics 24

5.4.2 HND Electronics 25

5.5 Graded Unit Assessments 26

6 APPROACHES TO DELIVERY AND ASSESSMENT 27

6.1 Content and Context 27

6.2 Delivery 28

6.3 Assessment 29

6.4 Re-assessment 32

7 GUIDANCE FOR CENTRES 33

7.1 Disabled candidates and/or those with additional support needs 33

7.2 Internal and external verification 33

7.3 Open and Distance Learning 33

7.4 Credit Transfer Transition Arrangements 33

7.5 General Information for Candidates 36

7.6 Relationship to Other Awards 38

7.7 Articulation Arrangements 38

7.8 History of Change 39

8 CORE SKILLS AUDIT OF HNC AND HND ELECTRONICS UNITS 40

9 EXAMPLES OF HNC AND HND ELECTRONICS TIMETABLES 55

10 GUIDE TO CREDIT TRANSFER ARRANGEMENTS BETWEEN OLD

AND NEW ELECTRONICS UNITS

58

Arrangements document: HNC/HND Electronics (G7E8 15 and G7E9 16) 1

1 INTRODUCTION

This Arrangements Document has been written in order to assist centres in preparing

for approval for the new HNC and HND Electronics awards and maintaining the

awards following successful approval. These two awards were developed under the

new SQA Design Principles, were validated in December 2003, and replace the HNC

Engineering: Electronics and the HND Engineering: Electronics.

This Document includes details on the background to the development of the new

awards, their aims (both general and specific), recommended access requirements,

information about the structure of the awards, recommendations on delivery and

assessment and other guidance for centres.

2 RATIONALE FOR THE REVISIONS OF THE AWARDS

2.1 HN Engineering Frameworks

In 1996 the SQA validated nationally a large number of new HN Engineering awards

including two awards entitled HNC Engineering: Electronics and HND Engineering:

Electronics. A major difference between these and previous awards were that they all

sat within an HN Engineering Framework which in general terms consisted, for both

HNCs and HNDs, of a common core of Units (Units common to all HNC and HND

Engineering awards), a principles–technology section and optional section. The

benefits of this Framework structure were seen to include the following:

provide a wide range of HN Engineering qualifications to meet the needs of

different engineering sectors

improve the credibility and esteem of individual HN Engineering awards

clarify those competencies that were general to all incorporated engineers and

those that were specific to particular engineering disciplines

provide opportunities for the efficient delivery of HN Engineering Units by, for

example, incorporating Units that were common to a number of different HN

awards

facilitate better progression between HNC, HND and degree engineering awards

Before proceeding with the development of the HNC and HND Electronics, which

were the first two Engineering awards developed under the new HN Design

Principles, it was necessary to consult with stakeholders to check if the overarching

HN Engineering Framework was still valid. Consultation on the HN Engineering

Framework consisted of the following five strands:

a questionnaire survey with stakeholders of HN Engineering awards

a series of meetings with various interested stakeholders of HN Engineering

awards

desk based research

discussions (followed by endorsement) of a proposed HN Engineering

Framework at a HN Engineering Steering Group meeting

a major consultation event with FE colleges on 24 May 2002 which included a

questionnaire survey


The consultation revealed continuing strong support for an overarching HN

Engineering Framework but with the following modifications:

a reduction in the number of common core Units

a strengthening of the Principles/Technology section with an even stronger

emphasis on the teaching of core engineering principles and technologies

Optional sections are retained in all HNC and HND Engineering awards.

The revised HNC and HND Engineering Frameworks are shown in block diagram

form in Figures 2.1 and 2.2. It should be noted that the PDAs shown in both diagrams

may be developed as more HN Units come on stream; currently none of these PDAs

exist.


HNC ENGINEERING FRAMEWORK

Figure 2.1

Communication: Practical Skills

1 credit Mandatory Unit

HNC

8 Principles/Technology credits

2 optional credits

Strong emphasis on core

principles/technologies

A limited degree of specialisation within

the engineering specialist area

Graded

Unit

Examination

1 credit

Corresponding HND award in the same

engineering discipline area

PDA

Specialist

Engineering

Areas

Team

Working &

Leadership

Supervisory

Skills

Information

Technology


HND ENGINEERING FRAMEWORK

Figure 2.2


Information Technology:

Applications Software 1

Business Awareness & CPD

3 credits of Mandatory Units

Corresponding HNC Engineering award

in the same Engineering discipline area

embedded as the first year of the HND

Graded

Unit

Examination

1 credit

HND

17* Principles/Technology credits

7 optional credits

More advanced engineering principles

High level of specialisation in engineering

specific subject area(s)

*Includes the 8 Principles/Technology

credits in the HNC

Graded Unit

Engineering

Project

2 credits

PDA

Specialist

Engineering

Areas

Team

Working &

Leadership

Supervisory

Skills

Information

Technology


2.2 History and Market Research to support the HNC and HND Electronics

2.2.1 History of the HNC and HND Electronics

The introduction of the SCOTVEC Advanced Courses Development Programme lead to

the replacement of the 132 HND in Electrical and Electronic Engineering award by a

competence based HND in Electronic and Electrical Engineering in 1989. Shortly after an

HNC in Electronic and Electrical Engineering was introduced as part of a national

development and replaced the 101 HNC in Electrical and Electronic Engineering.

However, there continued to be little commonality between the new HNC and HND

awards. The first attempt to harmonise the two awards took place as part of a consortium

development in the early nineties. In 1995 and 1996 the two awards were totally

harmonised (ie the HNC Electronics becoming effectively the first year of the HND) as

part of a major SCOTVEC national development which saw the introduction of an

overarching HN Engineering Framework. The two new awards represent a further

development of Higher National Engineering awards taking full account the new HN

Design Principles and providing an opportunity to update the awards in light of

technological and educational developments.

2.2.2 Market Research

The development of the new HNC and HND Electronics included extensive market

research which is summarised in Table 2.3.

Stakeholder

Method

All

Major desk based research gathering and

analysing data from various sources (eg

SEMTA, FutureSkills Scotland)

Delivery Centres

Initial postal survey of all delivery centres

followed by three National seminars

Draft Units, assessment exemplars and

outlines of Graded Units were made

available to centres on CD.


Stakeholder

Method

Employers A member of the HN Electronic

Development Team works for a major

electronics company and was able to input

information on current technological

developments and industrial practices

Surveys of employers and employees were

carried out through Scottish Engineering

and the Institute of Incorporated

Engineers.

Higher Education On–going individual meetings with Higher

Education staff plus a meeting with

university staff to discuss articulation

arrangements especially pertaining to

Mathematics.

Letters of support for articulation between

the new HNC and HND Electronics and

degree awards.

Professional Bodies The Chair of the Institute of Incorporated

Engineers is a member of the HN

Engineering Steering Group and the HN

Electronics Development Team.

A representative of the Institute of

Incorporated Engineers was on the

validation panel. Broad support for the two

new developments was given.

HN Engineering Steering Group A group made up of representatives from

engineering employers, SEMTA, Higher

Education, Further Education, professional

bodies, Scottish Enterprise and Scottish

Executive who are overseeing the HN

Engineering developments under the new

Design Principles. The Group provided a

significant amount of information, advice

and support during the development of the

HNC and HND Electronics.


Stakeholder

Method

Students Whilst not consulted directly the student

experience of the current HNC and HND

Electronics was taken fully into account in

the new developments.

Table 2.3


3 AIMS

The General and Specific Aims of the HNC Electronics are provided below:

3.1 General Aims of the HNC Electronics

The general aims of this award are to:

3.1.1 Enhance candidates’ employment prospects.

3.1.2 Support candidates’ Continuing Professional Development and career

development.

3.1.3 Enable progression within the SCQF (Scottish Credit and Qualifications

Framework).

3.1.4 Develop candidates’ ability to apply analysis and synthesis skills to the solution

of electronic problems.

3.1.5 Develop learning and transferable skills (including Core Skills).

3.2 Specific Aims of the HNC Electronics

The specific aims of this award are to:

3.2.1 Provide an award that will allow candidates to work now, or in the future, as

electronic technicians or incorporated electronic engineers.

3.2.2 Provide an award that creates a route towards meeting the academic requirements

for Incorporated Engineer status.

3.2.3 Develop an award that on successful completion will allow candidates’ to

progress to HND Electronics and/or a degree in Electronics or related subject

discipline area.

The development of this new HNC award will also allow candidates’ to

3.2.4 Develop a range of Communication and Information Technology knowledge and

skills relevant to the needs of electronic incorporated engineers.

3.2.5 Develop knowledge, understanding and skills in a range of core electrical,

analogue electronics and digital electronics principles and technologies at Higher

National level (all underpinned by a mandatory Unit in Mathematics).

3.2.6 Develop knowledge, understanding and skills to apply a structured approach to

high level language or assembly language programming with reference to

applications within a microprocessor/embedded system.


3.2.7 Allow a degree of specialisation within the following areas: electronic and

electrical principles, electronic construction and testing skills, printed circuit

board design, manufacture and test, Programmable Logic Controllers,

implementation of local area networks, further mathematical studies, information

technology applications or employment experience.

3.2.8 On successful completion of the award, achieve the Core Skill in Communication

at Higher level, the Using Number component at Higher and be provided with

opportunities to develop the following Core Skills. Within the Mandatory

Section of the award there are opportunities to develop Information Technology

Core Skill components at Higher level. Opportunities also exist to acquire the

Information Technology Core Skill at Higher and the Core Skill Working With

Others at Higher level if the following optional Units are taken; D75X

Information Technology: Applications Software 1 and D77H 34 Employment

Experience 2.

3.3 General Aims of the HND Electronics

The same as for the HNC Electronics but with the addition of the following:

3.3.1 Develop candidates’ knowledge and skills in planning and project management.

3.3.2 Develop investigation skills.

3.4 Specific Aims of the HND Electronics

The same as for the HNC Electronics but with the addition of the following:

3.4.1 Develop an award that on successful completion will allow candidates’ to

progress to a degree in Electronics or related subject discipline area.

The development of this new HND award will also allow candidates’ to:

3.4.2 Develop knowledge and understanding of the external and internal factors that

influence the performance of modern companies.

3.4.3 Recognise the important role Continuing Professional Development plays in

career development.

3.4.4 Expand on the range of knowledge, understanding and skills of core electrical,

analogue electronics and digital electronics principles and technologies included

within the HNC Electronics (all underpinned by mandatory Units in

Mathematics).

3.4.5 Develop a range of practical electronic construction and testing skills.


3.4.6 Develop knowledge, understanding and skills to apply a structured approach to

high level language and assembly language programming. Use the programming

skills developed to control the flow of and process data in an appropriate target

system such as a Microprocessor or Microcontroller.

3.4.7 Allow for further specialisation within the following subject areas; printed circuit

board design, manufacture and test, electronic fault finding, Programmable Logic

Controllers, transmission lines and complex waves, implementing small local

area networks, microprocessor technology, signal processing and conditioning,

systems integration, power electronics and fundamentals of control systems and

transducers advanced mathematical studies and employment experience.

3.4.8 On successful completion of the award, achieve the Core Skills in

Communication, Information Technology, the Using Number component at

Higher level and be provided with opportunities to develop the Core Skill of

Problem Solving at Higher. Opportunities also exist to acquire the Working with

others Core Skill at Higher level if the optional Unit D77H 34 Employment

Experience 2 is taken.


3.2 How the General Aims are met in the HNC and HND Award Structures and Content

Aim No.

How it is met in HNC and HND

3.1.1 For many years HNC and HND Electronics qualifications have equipped candidates to seek employment in a wide

range of manufacturing, service and public sector organisations. Market research indicates that HNC and HND

Electronics are still regarded, as the minimum qualifications required by many organisations to work at electronic

technician or incorporated engineer level.

3.1.2 There has been a long tradition of candidates in employment taking HNC Electronic and Electrical awards on a part-

time basis to increase their knowledge of Electronic and Electrical Engineering and enhance their career

development. In recent years, with increased commonality between HNC and HND Electronic awards and greater

flexibility in the way these awards are delivered, candidates in employment have increasingly taken HNDs on a

part-time basis. The two new awards contain a balance of core principles and up to date knowledge and skills in

Electronic Engineering which lend themselves to the Continuous Professional Development of candidates working

at electronic technician and incorporated engineer levels. Furthermore, the award structures have been designed to

allow for easy progression between HNC and HND awards.

3.1.3 All Units within the new HNC and HND Electronics awards have been levelled at SCQF levels 6, 7 or 8. The two

new awards also conform to the SQA levelling requirements for HNC and HND awards. Thus, successful

completion of one or both awards will allow progression within the SCQF.

3.1.4 The nature of Electronics as a discipline lends itself to both the analysis and synthesis of problems. For example,

when a complex electronic system is analysed (using say, a block diagram approach) by breaking it down into

separate functional parts or alternatively the synthesis of a complex system from simpler electronic systems. The

two new awards allow these important skills to be developed further both in the technical subjects and in the core

Communication, Information Technology and Business Awareness and Continuing Professional Development

Units.

3.1.5 The new HNC and HND Electronic awards provide centres with an opportunity to enhance learning skills not least

by creating opportunities for candidates to combine theory and practice to achieve a real understanding of a subject.

For example, some Units recommend significant use of practical work and/or computer simulation to reinforce

learning. It is also anticipated that centres will use innovative delivery approaches that may make use of

sophisticated electronic laboratory equipment and/or on-line delivery and/or Virtual Learning Environments to

enhance candidate learning.


Aim No.


By their very nature Engineering courses require the transfer of technical knowledge and skills from one area to

another. For example, a significant level of Electrical Principles and Mathematics has been included in both HNC

and HND Electronics awards because these subjects provide underpinning knowledge, understanding and skills

which are used elsewhere in both awards. Candidates will also have an opportunity to use the Communication and

Information Technology knowledge and skills developed in the mandatory core Units in other parts of the awards to

support such activities as report writing, presentation and the application of specialist software packages. Core Skills

in general and problem solving in particular, have been regarded as very important since it is recognised that a good

level of competence in these skills is essential in the work of an incorporated electronic technician.

3.3.1 The double credit (16 SCQF points) Electronics: group award Graded Unit 2 in the HND Electronics award

provides opportunities for candidates to develop both their planning and project management knowledge and skills.

3.3.2 The Business Awareness and Continuing Professional Development Unit provides candidates with the opportunity

to develop their investigative skills by exploring the external and internal factors that affect the performance of a

modern company and the different ways that people learn. The Electronics: group award Graded Unit 2 also

requires candidates to undertake some investigations into the background to and a range of solutions for their

engineering project.


3.3 How the Specific Aims are met in the HNC and HND Award Structures and Content

Aim No.


3.2.1 An HNC and HND Electronics have been recognised for many years by employers and other stakeholders of these

awards as appropriate qualifications for persons wishing to work at electronic technician or senior technician

levels. Market research indicates that there is a growing demand for people with technician level skills in

electronics especially as companies automate more of their processes. Thus, it is confidently anticipated that those

achieving the HNC and HND Electronics will find employment as electronic technicians and senior electronic

technicians in a wide range of small, medium and large companies.

3.2.2

&

3.2.3

An HNC or HND no longer satisfies fully the academic requirements for Incorporated Engineer status although

these qualifications continue to completely satisfy Engineering Technician requirements. The minimum

qualification for Incorporated Engineer is an ordinary degree. The HND course framework and content is

satisfactory in terms of contributing to the education of an Incorporated Engineer. Formal accreditation would

require the delivering centre to be audited.

Given that clear progression routes already exist between current HNC and HND Electronic awards and degree

courses, it is strongly anticipated that similar progression routes will also be developed between the new HNC and

HND Electronics and degree courses once the HNC and HND are up and running. Thus, HNC and HND

Electronics awards will continue to form very important ‘stepping stones’ towards candidates achieving degrees

(and thus satisfy fully the academic requirements for Incorporated Engineer status).

3.2.4 The market research information gathered through various consultations indicates that there continues to be solid

support for the inclusion of a distinct Communication Unit in the mandatory core of the HNC and a

Communication and Information Technology Unit within the mandatory core of the HND Engineering award. The

benefit of having separate Units is that it significantly improves the prospect of sufficient attention being given to

the teaching of these two key subjects and they include the Communication and Information Technology Core

Skills at Higher level. This was considered to be more appropriate than trying to embed such Core Skills across,

say, a range of engineering Units, except at HNC level where there are considerable opportunities to develop

Information Technology Core Skills within electronics Units.


Aim No.


Assessment exemplar materials specifically contextualised to engineering have been developed for each of these

Units to address concerns raised by centres about their delivery and assessment in the context of Electronics.

3.2.5 Market research shows that employers place a high priority on employees having the correct technical and

practical skills to function effectively in their job. Whilst there continues to be a debate about the precise nature of

these skills it is clearly important that electronic technicians and incorporated engineers have a sound knowledge

and understanding of core electronic principles. This will serve candidates well in employment and provide the

platform for learning more advanced technical skills. The Principles/Technology section of the new HNC

Electronics award reflects this by providing studies in the key areas of Electronics namely, analogue electronics,

digital electronics, electrical and electronic principles, and engineering programming. A knowledge and

understanding of Mathematics is fundamental to the work of electronic technicians and a Mathematics Unit

(containing the Using Numbers Core Skill component at Higher level) was therefore included within the

Principles/Technology section of the HNC Electronics award. For discussions on practical electronics skills see

3.2.7.

3.2.6 The two new awards do not seek to create software systems or support specialists. Candidates who wish to pursue

such a career route would be better to study an HNC or HND Computing. The two programming Units, one in a

High Level Language and the other in Assembly Language, were included simply to allow candidates to develop

knowledge and skills in the fundamentals of structured programming. This is with a view to providing candidates

with a better knowledge and understanding of the role that software plays in the operation of various target

devices/systems including Microprocessor and Microcontroller based systems.

A knowledge and understanding of Assembly Language programming is so critical to understanding how a target

device/system, such as Microprocessor or Microcontroller, operates that a Unit on this was included.

3.2.7 In the 2 credit optional section candidates will be able to specialise further in the following areas; electronic and

electrical principles, electronic construction and testing skills, printed circuit board design, manufacture and test,

Programmable Logic Controllers, implementation of small local area networks, further mathematical studies and

employment experience. Note: It is strongly recommended that candidates with little or no practical

electronics experience (eg those on a full-time HNC) take the Electronic Construction Skills Unit as part of

their optional studies.


Aim No.


3.2.8 The Communication Core Skill at Higher level has been incorporated into the HNC Electronics through the

mandatory core Communication: Practical Skills Unit. The Core Skill component Using Number at Higher is

embedded in the limit Mathematics for Engineering 1: Electronics and Electrical.

Opportunities to develop the Core Skills in Information Technology are signposted within individual Unit

specifications. Candidates may achieve the Information Technology and Working with Others Core Skills at

Higher Level if they take the optional Units in Information Technology: Applications Software and Employment

Experience 2 respectively.

3.4.1 See comments under 2.2.2 and 2.2.3

3.4.2

&

3.4.3

It has been a tradition to deliver some form of Business Studies Unit in HND Engineering awards looking at issues

such as costing/pricing of products and services. However, the focus of the new Business Awareness and

Continuing Professional Development Unit is quite different as it looks at the changing industrial environment in

which incorporated engineers have to work nowadays. This environment is characterised by globalisation of the

market place leading to world-wide marketing opportunities and competitive pressures; greater use of advanced

technologies and the predominance of Small and Medium Sized Enterprises in the British economy. It is important

that in HND Engineering awards candidates are suitably prepared to work in this ever-changing employment

environment. The new Unit seeks to do this by allowing candidates to explore the external factors that affect the

performance of modern companies and the ways in which companies are responding to these external pressures

internally. This Unit also has an Outcome on the important role that continuous learning and Continuing

Professional Development will increasingly play in helping candidates to obtain sustainable and rewarding

employment.


Aim No.


3.4.4 The Principles/Technology (P/T) section of the HND Electronics award contains all the Units in the P/T section of

the HNC Electronics award. In addition, within the P/T section of the HND Electronics awards there are Units

which allow candidates to expand their knowledge, understanding and skills in the four key areas of analogue

electronics, digital electronics, electrical and electronic principles and engineering computing. For example, in the

area of digital electronics candidates will be able to build on their knowledge and understanding of Combinational

and Sequential Logic by studying Units in MSI Devices and Programmable Logic Devices.

It was considered important to build on the mathematical skills developed in the Mathematics for Engineering 1:

Electronics and Electrical Unit by including another core Mathematics Unit (entitled Mathematics for Engineering

2) within the P/T section of the HND award. The subject area of this Unit is Calculus.

3.4.5 It is anticipated that the majority of candidates taking the HND Electronics award will continue to do so on a full-

time basis with many of these candidates coming directly from school. Such candidates do not normally possess a

wide range of practical electronics skills. The Electronic Construction Skills Unit has been included in the P/T

section of the HND Electronics award as a mandatory Unit to allow candidates to develop an appropriate range of

practical electronic construction skills. Candidates will also have an opportunity to develop other practical skills

via the laboratory work which they will undertake as a part of their course of study.

3.4.6 See 3.2.6


Aim No.


3.4.7 As in the case of the HNC Electronics award, candidates will be able to specialise further into certain areas of

Electronics and/or Mathematics in the optional section of the HND Electronics award. All the optional HNC Units

that have not been transferred to the HND P/T section are in the optional section of the HND. However, there is a

greater choice of Units. For example, there is a Unit in Transmission Lines and Complex Waves. There are also

Units in Microprocessor and Microcontroller Technology, Applications of Signal Processing and Conditioning,

Power Electronics and Fundamentals of Control Systems and Transducers and Electronic Fault Finding. The

inclusion of all these Units will allow candidates to pursue a degree of specialisation in areas such as data

communication, integrated circuit technology and/or electronic fault finding at circuit and system levels.

The Mathematics for Engineering 3 Unit has been included in the optional section to allow candidates who wish to

progress to honours degree level in an engineering discipline to develop the necessary mathematical knowledge

and understanding to support such progression.

The Systems Integration Unit is a new departure at HND level and reflects the ever increasing trend to integrate

electronic hardware and embedded software systems within products. Candidates doing this Unit will have an

opportunity to consider the various issues involved in integrating such systems.

3.4.8 The Communication and Information Technology Core Skills at Higher level have been incorporated into the

HND Electronics through the mandatory core Communication: Practical Skills and Information Technology:

Application Software 1 Units respectively. As already noted for the HNC Electronics, the Core Skill component

Using Number at Higher is embedded in the Mathematics for Engineering 1: Electronics and Electrical Unit with

opportunities to develop Problem Solving signposted within the Electronics group award Graded Unit 2. Formal

validation to have the Problem Solving Core Skill at Higher accredited as part of the Electronics: group award

Graded Unit 2 is currently being sought. Candidates may achieve the Core Skill Working with Others Higher level

if they take the optional Unit Employment Experience 2.


4 RECOMMENDED ACCESS

In defining the access requirements for both HNC and HND Electronics care was taken to

ensure that no artificial barriers were created to prospective candidates. Of equal

importance was ensuring that candidates entering for an HNC or HND Electronics award

would have a realistic chance of successfully achieving them. It is assumed that most

centres will deliver the HNC Electronics as the first year of the HND Electronics and

therefore the entry qualifications for the two awards will be the same.

A candidate is regarded as being competent to study for an HNC or HND Electronics if

she/he possesses knowledge, understanding and skills in electronic and electrical

engineering that is broadly equivalent to level 6 in the Scottish Credit and Qualifications

Framework (SCQF). This does not mean that all areas of a potential entry qualification

should be at level 6, but it does assume that the majority of the qualification should be at

this level.

A qualification which satisfies fully the electronic and electrical knowledge and skills

criteria at level 6 is:

National Certificate Group Award in Electronic Engineering

Qualifications that contribute significantly towards meeting the electronic and electrical

knowledge and skills criteria required include the following:

Higher Electronics

Higher Electrical Engineering

Higher Technological Studies

National Certificate Group Award in Electrical Engineering (depending on whether

electronic Units are included in this group award)

National Certificate Group Award in Electronic Engineering Practice*

* It should be noted that this award contains insufficient Electrical Principles and

Mathematics to allow it to be used as an entry qualification for the HNC or HND

Electronics awards alone.

In setting out suitable entry qualifications for the HNC and HND Electronics awards it is

important to clarify the situation regarding Mathematics. The Mathematics for

Engineering 1: Electronics and Electrical Unit is mandatory in both the P/T sections of

the HNC and HND Electronics awards. This Unit is at level 6 in the SCQF. Thus, the

recommended entry requirement for this Unit would be Mathematics at Intermediate 2 or

a Standard Grade pass in Mathematics at credit level (grades 1 or 2).


With the information detailed above it is possible to provide the following as a list of

qualifications that would be suitable for entry into and HNC or HND Electronics:

National Certificate Group Award in Electronic Engineering

National Certificate Group Award in Electrical Engineering preferably

supplemented by additional electronic optional Units

A choice of any two Highers from Electronics, Electrical Engineering and

Technological Studies plus Standard Grade Mathematics at credit level/Intermediate

2 in Mathematics and Standard Grade English at credit level/Intermediate II in

English (to support entry into the core Communication Unit in the HNC or HND

Electronics)

Highers in Physics and/or Mechatronics may also be regarded as appropriate entry

qualifications although it must be borne in mind that neither of these Highers give the

same depth of treatment to electronic and electrical engineering as the Highers in

Electronics, Electrical Engineering or Technological Studies.

Older qualifications in electrical and electronic engineering may also be regarded as

appropriate although it will be important for centres to exercise some caution because

some of their content is likely to be dated. Such qualifications may include:

053 Certificate in Electrical and Electronic Engineering

080 Diploma in Electrical and Electronic Engineering

ONC/D in Electrical and Electronic Engineering

Some City and Guilds Technician Level Certificates in Electronics

Mature candidates with good industrial experience in electronic and electrical industries

may also be eligible for admission to the HNC or HND Electronics.

A selection process is recommended where a centre is uncertain if a candidate’s

qualifications and/or experience is suitable for entry to the HNC or HND Electronics.

This may consist of an interview and/or some form of test to assess the candidate’s

knowledge and understanding of electronic and electrical engineering, and/or

mathematics. In broad terms the questions in any test paper on electronic and electrical

engineering should be at SCQF Level 6 (Higher) level and any questions on mathematics

should be at SCQF Level 5 (Intermediate 2) level.


5 STRUCTURE OF THE QUALIFICATIONS

5.1 HNC Electronics Structure

Mandatory Section (9.0 credits required)

Unit No.

Unit Title Credit

Value

SCQF

Level

H7MB 34* Communication: Practical Skills 1 7

Principles/Technology

Units

(8 credits)

H7K0 33* Engineering Mathematics 1 1 6

DG54 34

(finishes 31/07/2013)

FY9E 34

Single Phase AC Circuits

OR

DC AC Principles

1

1

7

7

DG2X 34

(finishes 31/07/2013)

FY9T 34

Analogue Electronic Principles

OR


2

2

7

7

DG3C 34 Combinational Logic 1 7

DG53 34 Sequential Logic 1 7

DG58 34 High Level Engineering Software 1 7

OR OR

DG59 34 MCU/MPU Assembly Language

Programming

1 7

DG3N 34 Electronic Testing Skills 1 7

Optional Section (2.0 credits required)

Unit No.

Unit Title Credit

Value

SCQF

Level

D75X 34 Information Technology: Applications

Software 1

1 7

DG3G 34 Electrical Networks and Resonance 1 7

DG3H 34 Electronic Construction Skills 1 7

DG51 34 Printed Circuit Board Design, Manufacture

and Test

1 7

DG31 34 Applications of Programmable Logic

Controllers

1 7


DG40 34 Implementing Small Local Area Networks 1 7


Programming

1 7

OR OR


D77H 34 Employment Experience 2 1 7

DN42 34

(finishes 31/02/2013)

FY9R 34

Power Electronics

OR

Power Electronics

1

1

7

7


Unit No.

Unit Title Credit

Value

SCQF

Level

DN3Y 34 Fundamentals of Control Systems and

Transducers

1 7

DE3R 34 Personal Development Planning 1 7

H8T2 33* Workplace Communication in English 1 6

H4J5 34 Energy Overview 1 7

J0HA 34* Computer Programming 1 7

J0H9 34* Data Security 1 7

*Refer to History of Changes for revision changes.

HNC Electronics Structure

Graded Unit (1.0 credit)

Unit No.

Unit Title Credit

Value

SCQF

Level

DG2T 34 Electronics: Graded Unit 1 (Examination) 1 7

5.2 HND Electronics Structure

Mandatory Section (23.0 credits required)

Unit No.

Unit Title Credit

Value

SCQF

Level

H7MB 34* Communication: Practical Skills 1 7

D75X 34 Information Technology: Applications

Software 1

1 7

DG3D 35 Business Awareness and Continuing

Professional Development

1 8

Principles/Technology

Units

17 credits

(including 8 from HNC P/T section)


DG54 34

(finishes 31/07/2013)

FY9E 34


OR

DC and AC Principles

1

1

7

7

DG2X 34

(finishes 31/07/2013)

FY9T 34


OR


2

2

7

7

DG3C 34 Combinational Logic 1 7

DG53 34 Sequential Logic 1 7


OR OR


Programming

1 7

DG3N 34 Electronic Testing Skills 1 7

DG3H 34 Electronic Construction Skills 1 7

DG3G 34 Electrical Networks and Resonance 1 7

DG56 35 Telecommunications Fundamentals 1 8


DG2W 35 Active Electronics Circuit 1 8


Unit No.

Unit Title Credit

Value

SCQF

Level

DG50 35 Power Supply Circuits 1 8

DG4Y 35 MSI Devices 1 8

DG52 35 Programmable Logic Devices 1 8

DG5A 35

OR

DG5C 35

High Level Language: External I/O Transfer

OR

MCU/MPU I/O Hardware Control

1

1

8

8


HND Electronics Structure

Optional Section (7.0 credits required)

Unit No.

Unit Title Credit

Value

SCQF

Level

DG3P 35 Field Programmable Gate Arrays 1 8

DG4X 35 Microprocessor and Microcontroller

Technology

1 8

DG51 34 Printed Circuit Board Design, Manufacture

and Test

1 7

DG59 34 MCU/MPU Assembly Language Programming 1 7

OR OR


DG5C 35 MCU/MPU I/O Hardware Control 1 8

OR OR

DG5A 35 High Level Language: External I/O Transfer 1 8

DG35 35 Applications of Signal Processing and

Conditioning

1 8

DG3J 35 Electronic Fault Finding 1 8

DG4P 35 Mathematics for Engineering 3 2 8

DG40 34 Implementing Small Local Area Networks 1 7

DG31 34 Applications of Programmable Logic

Controllers

1 7

DG55 35 Systems Integration 1 8

DG57 35 Transmission Lines and Complex Waves 1 8

D77H 34 Employment Experience 2 1 7

DN42 34

(finishes 31/07/2013)

FY9R 34

Power Electronics

OR

Power Electronics

1

1

7

7

DN3Y 34 Fundamentals of Control Systems Transducers 1 7

DE3R 34 Personal Development Planning 1 7

H8T2 33* 33 Workplace Communication in English 1 6

DG6E 34 Work Role Effectiveness 3 7

OR OR

DG6G 35 Work Role Effectiveness 3 8

H4J5 34 Energy Overview 1 7

H4J6 35 Energy Technologies 1 8


Unit No.

Unit Title Credit

Value

SCQF

Level




J0HA 34* Computer Programming 1 7

J0H9 34* Data Security 1 7


HND Electronics Structure

Graded Unit (3.0 credits)

Unit No.

Unit Title Credit

Value

SCQF

Level

DG2T 34 Electronics: Graded Unit 1 (Examination) 1 7

DG2V 35 Electronics: Graded Unit 2 (Practical Project) 2 8

5.3 SCQF Levels

c.p. = credit points

Tables 4.1 and 4.2 show the distribution of SCQF levels in the HNC and HND

Electronics respectively. It can be seen from Table 4.1 that all Units in the HNC

Electronics are at level 7 except for one, the Mathematics for Engineering 1: Electronics

and Electrical Unit, which is at Level 6. The Table shows that the number of SCQF Level

7 Units substantially exceeds the minimum of 48 SCQF credit points required to be in an

HNC to satisfy the new HN Design Principles.

It can be seen from Table 4.2 that the minimum number of SCQF Level 8 Units a

candidate can chose in the HND Electronics is 88 SCQF credit points which comfortably

exceeds the minimum requirement of 64 SCQF credit points as stated in the HN Design

Principles. A number of the SCQF Level 8 Units in the HND follow on from

corresponding Level 7 Units and are, therefore, appropriately levelled at SCQF Level 8.

Table 4.1 Distribution of SCQF Levels in the HNC Electronics

Level 6

Level 7 Level 8 Totals SQA Minimum Requirement

for Level 7 Units

8 SCQF c.p.

88 SCQF

c.p.

0 SCQF c.p. 96

48 SCQF c.p.

Table 4.2 Distribution of SCQF Levels in the HND Electronics

Level 6

Level 7 Level 8 Totals SQA Minimum Requirement

for Level 8 Units

8 SCQF c.p. Minimum of

104 SCQF

c.p.

Maximum

of 144

SCQF c.p.

Maximum

of 128

SCQF c.p.

Minimum of

88 SCQF

c.p.

240

240

64 SCQF c.p.


5.4 Conditions of Awards

The conditions of award for HNC and HND Electronic qualifications are as follows:

5.4.1 HNC Electronics

A candidate will be awarded HNC Electronics on successful completion of 11 Unit

credits plus 1 Graded Unit based on the HNC Electronics award structure shown in

section 5. More specifically this award structure requires that candidates achieve the

following:

the 1 Unit credit Communication: Practical Skills

eight Unit credits from the Principles/Technology section

two Unit credits from the optional section

electronics: group award Graded Unit 1

Core Skills in the HNC Electronics

Exit Profile

A candidate who successfully achieves an HNC Electronics will automatically obtain the

following Core Skills Exit Profile

Communication Higher (fully embedded in the Communication: Practical

Skills)

Numeracy The Using Number component at Higher

Core Skills Entry Profile

Given the information on Core Skills provided in the previous section the following

candidate Core Skills Entry Profile is recommended.

Communication Intermediate 2

Information Technology Intermediate 2

Numeracy Intermediate 2

Problem Solving Intermediate 2

The level of the Communication and Numeracy Core Skills have been selected on the

basis that the level of the entry Core Skill would normally be one level below that of the

exit Core Skill. The level of the Information Technology Core Skill has been chosen to

reflect the fact that the Information Technology: Applications Software 1 optional Unit

has the Information Technology Core Skill at Higher embedded in it and it is anticipated

that this Unit will be a popular option. The level of the Problem Solving Core Skill has

been set at Intermediate 2 because it is regarded as the minimum acceptable level for this

Core Skill to enter an HNC Electronics award. No level has been set for the Working

with Others Core Skill because there are so few opportunities to develop this Core Skill

in the HNC that there seems no point in creating any artificial barriers to entry to the

award.


Development Opportunities

A Core Skills audit of all the Units in the HNC was undertaken to identify opportunities

for candidates to develop or be assessed on the component parts of the Information

Technology, Problem Solving and Working with Others Core Skills. The results of this

audit are shown in Annex 3. The audit revealed that there were clear opportunities for

candidates to develop components of the Information Technology Core Skill in the two

Engineering Programming Units and the Applications of Programmable Logic

Controllers Unit. This is not to say that there are not opportunities to develop the

Information Technology Core Skill in other Units (eg where candidates use software

simulation) only that it was more difficult to quantify these opportunities in terms of the

Information Technology Core Skill Unit specification.

The same was also found to be the case with the Problem Solving and Working with

Others Core Skills. By its very nature an electronics award provides numerous

opportunities to develop problem solving skills, however it was very difficult to match

these opportunities with the Problem Solving Core Skills Framework. Likewise it is

difficult to identify opportunities to develop the Core Skill ‘Working with Others’. This

is perhaps not surprising given the strong technical rather than interpersonal focus of

electronics Units. Candidates in employment who particularly wish to access the Working

with Others Core Skill can do so by taking the Employment Experience 2 optional Unit

which has the Working with Others Core Skill at Higher Level embedded in it.

5.4.2 HND Electronics

A candidate will be awarded HND Electronics on successful completion of 27 Unit

credits plus 3 Graded Unit Assessment credits based on the HND Electronics award

structure shown in section 5.2. More specifically this award structure requires that

candidates achieve the following:

the three Unit credits Communication: Practical Skills, Information Technology:

Applications Software 1 and Business Awareness and Continuing Professional

Development

seventeen Unit credits from the Principles/Technology section

seven Unit credits from the optional section

Electronics: group award Graded Unit 1 and Electronics: group award

Graded Unit 2

Core Skills in the HND Electronics

Exit Profile

A candidate who successfully achieves an HND Electronics will automatically obtain the

following Core Skills Exit Profile

Communication Higher

Information Technology Higher (fully embedded in the Information Technology:

Applications Software 1 Unit)


Problem Solving Higher (fully embedded in Electronics Graded Unit 2)

Numeracy Using Number Core Skills component at Higher

Core Skills Entry Profile

The recommended Core Skills Entry Profile is as follows (it should be noted that it is the

same as for the HNC Electronics).

Communication Intermediate 2

Information Technology Intermediate 2

Numeracy Intermediate 2

Problem Solving Intermediate 2

As in the case of HNC Electronics the level of the Communication, Information

Technology and Numeracy Core Skills have been selected on the basis that the level of

the entry Core Skill would normally be one level below that of the exit Core Skill. The

level of the Problem Solving Core Skill has once again been set at Intermediate 2 level

because this is regarded as the minimum acceptable level for this Core Skill to enter the

HND. As was the case with the HNC no level has been set for the Working with Others

Core Skill simply because there are so few opportunities to develop this Core Skill in the

HND and there seems no point in creating any artificial barriers to entry to the award.

Development Opportunities

A Core Skills audit was also carried out on all HND Electronics Units for the Problem

Solving and Working with Others Core Skills. The results of this audit are shown in

Annex 3. As was the case with the HNC Electronics it proved very difficult to align Core

Skill opportunities identified in individual Units with the outcomes and performance

criteria in the Problem Solving and Working with Others Core Skills Unit specifications.

The notable exception to this was in the Electronics: group award Graded Unit 2

specification where strong development opportunities were identified for the Problem

Solving Core Skill at Higher. Problem Solving has now been formally validated as a Core

Skill at Higher level with the Electronics: Graded Unit 2.

5.5 Graded Unit Assessments

The purpose of the graded Units in HN awards is to assess candidates’ ability to apply

and integrate knowledge and/or skills developed in individual Units in order to

demonstrate that they have achieved the principal aims of the award. Graded Units allow

for the grading of candidate achievement.

The HNC Graded Unit, entitled Electronics: group award Graded Unit 1, is a 1 credit Unit

levelled at SCQF Level 7. It consists of a three hour examination which must be

conducted under controlled, supervised conditions. The examination paper comprises six,

25 mark questions of which the candidate should answer any four. Each question should

include a measure of integration from two of the following three Electronic subject areas:

Analogue Electronics, Digital Electronics and Electronics and Electrical Principles. The

examination paper should also include opportunities to assess core Communication and

Mathematics knowledge and skills. For further details please see the Electronics: group

award Graded Unit 1 specification in Annex 1.


The HND Graded Unit, entitled Electronics: group award Graded Unit 2, is a 2 credit

Unit levelled at SCQF Level 8. The Graded Unit specification is modelled closely on the

current 2 credit Engineering Project Unit. The Graded Unit consists of a Project

(Practical Assignment) which must involve the construction of some form of product

(either hardware, hardware and software or software). Where the product is only

software, the candidate must demonstrate that the software can drive a piece of hardware.

While the Graded Unit involves a practical electronics project, drawing from one or more

technical areas, it also provides opportunities to apply and integrate non-technical

knowledge and skills. Thus, the Graded Unit provides candidates with opportunities to

develop and integrate skills in such areas as project planning and management,

investigation, practical electronic skills, developing and testing systems, oral and written

communication and evaluation. Candidates must prepare a written report and undertake

an oral presentation as part of the Graded Unit. For further details please see the

Electronics: group award Graded Unit 2 specification in Annex 2.

6 APPROACHES TO DELIVERY AND ASSESSMENT

6.1 Content and Context

Throughout the design and development of the HNC and HND Electronics awards a high

priority was placed on producing awards that allow candidates to develop appropriate

technical and practical skills. As noted earlier, it is not possible to quantify such technical

and practice skills in exact detail. However, the best way to prepare candidates to meet

the changing technical and practical requirements of the modern Electronics industry is to

ensure candidates have a solid foundation of theory and practical upon which they can

build new knowledge, understanding and skills. Thus, the Principles/Technology section

of the HNC Electronics contains fundamental studies in Analogue Electronics, Digital

Electronics, Electrical Principles and Engineering Programming. The HND Electronics

Principles/Technology section builds on and extends these studies. A good grasp of

mathematics is essential to the understanding of Electronics. The Electronics Units are

therefore underpinned by the inclusion of a core Mathematics Unit in the HNC and two

core Mathematics Units in the HND.

The optional sections of both the HNC and HND Electronics provide candidates with the

opportunity to specialise in technical and/or non-technical subjects. In line with normal

good practice centres are encouraged to advise candidates to choose those options that

best meet their future career and educational aspirations.

The two new awards also contain opportunities for candidates to develop a range of

related skills which would make the holder of the award better prepared for employment

and/or degree studies. For example, the Communication: Practical Skills Unit has been

included within the mandatory cores of both HNC and HND awards to provide candidates

with the opportunity to develop their written and group discussion skills about complex

vocational issues.


Whilst a discrete Information Technology Unit is no longer included within the HNC

mandatory section centres will still have the opportunity to access such a Unit via the

optional section of the HNC (Information Technology: Applications Software 1). Even

where centres choose not to select this Unit from the optional section there are a number

of opportunities to develop Information Technology knowledge and skills within

individual Electronics Unit (see Annex 3). The Information Technology: Applications

Software 1 Unit has been included within the core of the HND to allow centres to

concentrate on business applications, such as word processing, spreadsheets, databases, or

engineering specific applications or a combination of the two.

The Business Awareness and Continuing Professional Development Unit, in the core of

the HND Electronics focuses on two areas considered important to working in the modern

electronics industry: namely the external and internal factors that affect business

performance and the need for continuing learning and development if candidates are to

have sustainable and rewarding employment in the future.

6.2 Delivery

The new HNC and HND Electronics awards can be delivered by the following modes of

delivery

full-time,

block-release

part-time day

part-time evening basis

In timetabling the two new awards, centre staff should take account of information

contained in the Recommended Prior Knowledge and Skills statement in Unit

specifications in sequencing the delivery of Units. For example, the Single Phase AC

Circuits Unit would normally be delivered before the Electrical Networks and Resonance

Examples of full-time HNC Electronics, part-time HNC Electronics and 2nd Year HND

Electronics timetables are shown in Annex 4. Each of these timetables assumes a

semester length of 20 weeks with each period of study lasting two hours.

One of the key features of the new awards is the reduction in the time candidates have to

spend on summative Unit assessment. This should provide lecturers with more time to

deliver Units. Lecturers are encouraged, in particular, to use this additional time to

reinforce learning in core electronic principles and technologies and enhance the

development of candidates’ practical electronics skills.

Lecturers may use a variety of teaching and learning approaches in delivering the Units.

These may include lecturing, group work, laboratory and practical work, computer

simulation (using appropriate electronic packages), project work and case studies. The

use of open and distance learning and on-line materials may help to supplement and

support the learning that takes place in the classroom, laboratory or workshop.


Industrial visits are encouraged wherever possible to provide ‘real life’ industrial

examples of the application of the theory and practice learnt in the classroom, laboratory

or workshop.

Computer simulation, such as electronic design and implementation software, plays a

very important role in the modern electronics industry. The use of computer simulation

wherever appropriate is recommended but not at the expense of candidates doing

practical work. It is very important that candidates get as much exposure as possible to

practical electronic hand skills, the use of electronic test equipment and other practical

electronic activities if they are to be suitably prepared to work in industry.

Lecturers should also seek opportunities to integrate Core Skills within their teaching and

learning programmes. Such opportunities may include the following:

giving candidates opportunities to give full answers to questions asked by the

lecturer

correcting poor English in written responses

allowing candidates to develop their communication skills in group work activities

reinforcing numeracy and mathematical skills when teaching electronic and

electrical principles topics

reinforcing information technology skills when delivering high level language or

assembly language Units and when using computer simulation

developing problem solving skills by providing candidates with ranges of

increasingly difficult problems to solve

developing team working and team leadership skills through group and project

work

6.3 Assessment

A key design feature of the new awards was to ensure an appropriate assessment strategy

was in place for the HNC and HND. The strategy is shown below:

Aims

To ensure that:

(1) consistent, rigorous and efficient approaches are adopted for the development and

administration of HN Engineering assessment instruments at both Unit and

Graded Unit levels, which satisfy nationally agreed standards.

(2) the assessment load on students and staff is sensible and assessment does not

unduly detract from teaching and learning.

(3) as far as possible reliable and rigorous moderation processes are put in place in

order to ensure that consistent national standards are achieved for HN

Engineering assessments


Objectives

Listed below are the measures that have been put in place to meet the aims:

1 Develop nationally at least one assessment exemplar pack for each mandatory

Unit, which clearly sets out the standards of assessment expected in the Unit.

2 Adopt a holistic approach to Unit assessment. The implications of this are as

follows:

(i) Assessment instruments will normally be designed only to sample

knowledge and skills in a Unit (this is consistent with the new HN Unit

format)

(ii) A Unit assessment strategy will be adopted, where possible, to produce a

single assessment instrument for the whole Unit. Where this is not possible

the assessment strategy will seek to ensure that the minimum number of

assessment instruments required is consistent with maintaining agreed

national standards.

3 Whilst not seeking to be entirely prescriptive with regard to the time spent on

assessment in each HN Unit, over assessment should be avoided if the following

guidelines are adopted for the maximum time spent on an HN Unit assessment:

(i) One and a half hours per Unit credit for HN Units at SCQF levels 6 and 7

(ii) Two hours per Unit credit for HN Units at SCQF level 8

4 Produce assessment exemplar packs for the two Graded Units. For the Graded

Unit examination produce an exemplar exam paper to show the standards

expected in such a paper. Likewise, for the 2 credit Graded Unit Electronics

Project produce a set of materials which clearly set out the standards of candidate

response required to achieve a Grade A and a Grade C.

5 Actively encourage colleges to work in partnership in producing Graded Unit

assessment materials, which meet nationally agreed standards reducing, in turn,

the workload on staff in individual colleges.

6 Ensure that consistent and rigorous internal and external moderation procedures

operate through both HN Unit level and Graded Unit processes. This places a

clear responsibility both on centres and the SQA.

As far as has been practical the above objectives have been adhered to when developing

assessment exemplar and Graded Unit materials.


Assessment Exemplar Materials

Assessment exemplar packs have been produced for the following Units and Graded

Units as shown in the list below:

Active Electronic Circuits


Applications of Programmable Logic Controllers

Business Awareness and Continuing Professional Development

Combinational Logic

Communication: Practical Skills (two available — generic and contextualised)

Transmission Lines and Complex Waves

Single Phase AC Circuits (finishes 31/07/2013)


Electrical Networks and Resonance

Electronic Construction Skills

Electronic Testing Skills

High Level Engineering Software


Information Technology: Applications Software 1 (two available — generic and

contextualised)

Mathematics for Engineering 1: Electronics and Electrical

Mathematics for Engineering 2

MCU/MPU Assembly Language Programming


MSI Devices

Power Supply Circuits

Programmable Logic Devices

Sequential Logic

Telecommunications Fundamentals

Electronics: group award Graded Unit 1

Electronics: group award Graded Unit 2

Graded Unit Assessment Exemplars

It is recommended that candidates do not sit the Graded Unit examination until the end of

the HNC (1st Year of the HND) given the range of Units that it draws from. It is

recommended that given the size and complexity of the project, the Graded Unit project is

started at the beginning of the second year of the HND.

Formative Assessment

Formative assessment should be used throughout the delivery of Units to reinforce

learning, build candidates’ confidence and prepare candidates’ for summative assessment.


6.4 Re-assessment

The way in which centres reassess candidates is integral to the way they manage the

award assessment process as a whole. Reassessment should be subject to rigorous internal

moderation in exactly the same way as assessment is.

Candidates may require to be reassessed on only a part of an assessment where their

evidence has been generated over a period of time and/or a discrete part of the Unit, such

as an Outcome, has been assessed previously. On other occasions in may not be possible

to reassess candidates on parts of their performance which are unsatisfactory. Situations

where candidates may have to re-do a whole assessment include:

assessments which test knowledge and understanding and where it may not be

possible to extract some of the items for reassessment purposes

where parts of several outcomes are involved

where a project has been designed as an integral assessment and where there is a

requirement to complete the project as a single complex task

Re-assessment Opportunities

Reassessment should operate in accordance with a centre’s assessment policy and the

professional judgement of the assessor. SQA advises that there should normally be one,

or in exceptional circumstances two, reassessment opportunities. Please refer to the SQA

publication Guide to Assessment and Quality Assurance for Colleges of Further

Education, August 2003 revision.

Developing Alternative Assessments

The design of original assessments should inform the reassessment process to a large

extent, as the original determines the type of assessment instruments used and the purpose

of the assessment. It is normal practice for centres to build up a bank of assessments

which can be used in whole or in part for reassessment purposes.

Assessment writers should always refer to the Unit specification when developing an

alternative assessment to ensure that it is of equal demand to the original assessment and

that it covers all the necessary criteria. Where candidates have not provided satisfactory

evidence for knowledge and/or skills items which have been sampled, they should be

reassessed on a different sample.

Re-assessing HN Graded Units

Reassessment of the Electronics: group award Graded Unit 1 should be based on an

alternative examination paper. Reassessment of Electronics: group award Graded Unit 2

should normally entail a candidate undertaking a completely new project. Where a

candidate marginally fails the Electronics: group award Graded Unit 2 the centre may

wish to reassess her/him on that part(s) of the performance which was unsatisfactory.

Such reassessment would be at the discretion of the centre and should be subject to

rigorous internal moderation.


7 GUIDANCE FOR CENTRES

7.1 Disabled candidates and/or those with additional support needs

The additional support needs of individual candidates should be taken into account when

planning learning experiences, selecting assessment instruments, or considering whether

any reasonable adjustments may be required. Further advice can be found on our website

www.sqa.org.uk/assessmentarrangements.

7.2 Internal and external verification

All instruments of assessment used within this/these Group Award(s) should be internally

verified, using the appropriate policy within the centre and the guidelines set by SQA.

External verification will be carried out by SQA to ensure that internal assessment is

within the national guidelines for these qualifications.

Further information on internal and external verification can be found in SQA’s Guide to

Assessment (www.sqa.org.uk)

7.3 Open and Distance Learning

There are a number of different open and distance learning packages available in the

Electronic and Electrical Engineering area. Their relevance/value in new awards has not

yet been evaluated.

Advice on the use of open and distance learning is given in individual Unit specifications.

However, where it is used with regard to assessment, planning would be required by the

centre concerned to ensure the sufficiency and authenticity of candidate evidence.

Arrangements would require to be put in place to ensure that the assessment or

assessments were conducted under the conditions specified in the Unit specification. For

example, in the case of a Unit which involved a Unit end test a centre would have to

make arrangements for the test to be conducted under controlled, supervised conditions.

Likewise, where a Unit involved a practical based assessment, a centre would have to

make arrangements for candidates to come into the centre to undertake the assessment

under the conditions specified in the Unit specification.

It should be noted that the same requirements as specified in the previous paragraph

apply where part or all of a Unit is delivered on-line.

For information on normal open learning arrangements, please refer to the SQA guide

Assessment and Quality Assurance of Open and Distance Learning, SQA 2000.

7.4 Credit Transfer Transition Arrangements

A Guide to Credit Transfer Document containing information on credit transfer

arrangements between old HN Electronics Units (those developed as part of the 1996 HN

Engineering Review) and the new HN Electronic Units (the Units written as part of this

development) is included in Annex 5. This document has been designed to make it as

straightforward as possible for course admission tutors to work out the level of credit

transfer that should be given. The use of this document is illustrated below.

http://www.sqa.org.uk/assessmentarrangements

http://www.sqa.org.uk/


An Example of the use of the Guide to Credit Transfer Document

A candidate has an HNC Engineering: Electronics having successfully achieved the list of

Units shown below. She now wishes to study for a new HND Electronics. A course

admission tutor has been given the task of determining the level of credit transfer the

candidate has towards the HND Electronics.

List of Units successfully achieved as part of the HNC Engineering: Electronics

Unit Number Unit Title

A6AN 04 Information Technology Applications 2

D5P3 04 Communication: Presenting Complex Communication for

Vocational Purposes

BA24 04 Fundamentals of Quality Assurance

D4H7 04 Engineering Project

D4L9 04 Single Phase AC Networks

D4FF 04 Analogue Electronics Devices

D4FH 04 Analogue Circuit Techniques

D4 FR 04 Combinational Logic

D4L7 04 Sequential Logic

D4K1 04 Operational Amplifier

D4G7 04 D/A and A/D Converters

D4H4 04 Electronic Construction Skills

D4H2 04 Electronic Testing Skills

D4JH 04 Mathematics for Engineering


Credit Transfer Available to Candidate (using Credit Transfer Document)

Old Unit Title New Unit Title Credit

Value

Status

(Full, Partial or

No Credit

Transfer)

Information

Technology

Applications 2

Information

Technology:

Applications

Software 1

1 Full

Communication:

Presenting Complex

Communication for

Vocational Purposes

Communication:

Practical Skills

1 Partial

Fundamentals of

Quality Assurance

None

Engineering Project None*

Single Phase AC

Networks

Single Phase AC

Circuits or DC and

AC Principles

1 Full

Particularly where

a candidates has

successfully

achieved a number

of NQ Electrical

Principles Units

Analogue

Electronics Devices,

Analogue Circuit

Techniques,

Operational

Amplifier

Analogue

Electronic

Principles,

Active Electronic

Circuits

3 Full

Combinational

Logic,

Sequential Logic,

D/A and A/D

Converters

Combinational

Logic,

Sequential Logic,

MSI Devices

3 Full

Electronic

Construction Skills,

Electronic Testing

Skills

Electronic

Construction Skills,

Electronic Testing

Skills

2 Full


Old Unit Title New Unit Title Credit

Value

Status

(Full, Partial or

No Credit

Transfer)

Mathematics for

Engineering

Mathematics for

Engineering 1:

Electronics and

Electrical

Partial

Outcomes 1 and 2

of Mathematics

for Engineering

Unit only

(although

candidate could

get full credit if

they have analysed

trigonometrical

functions and their

graphs elsewhere)

Total 11

It can be seen from the above table that the candidate can obtain 11 credits towards the

HND Electronics using credit transfer.

* With reference to the new two credit, Electronics: group award Graded Unit 2

(Electronics Project) the HN Electronics Development Team have taken the view that

the old Engineering Project cannot be counted for credit transfer purposes towards the

new Graded Unit 2 because it contains no mechanism for grading candidates on the A,

B or C scale.

New Unit Title New Unit Code

Old Unit Title Old Unit Code

Credit Transfer Conditions

Engineering Mathematics 1

H7K0 33

Mathematics for Engineering 1:Electronics and Electrical

DG4H 33

To gain credit transfer to the new unit candidates will have to provide additional evidence relating to functions as specified in the Evidence requirements in respect of the first three knowledge/skills in Outcome 1 and relating to vectors as specified in the first three knowledge/skills in outcome 3.


H7K0 33

Mathematics for Engineering 1:Mechanical and Manufacturing

DT5X 33

To gain credit transfer to the new unit candidates will have to provide additional evidence relating to functions as specified in the Evidence


requirements in respect of the first three knowledge/skills in Outcome 1 and relating to 3D vectors and complex numbers as specified in the knowledge/skills in outcome 3.


H7K1 34


DG4L 34

To gain credit transfer to the new unit candidates will have to provide additional evidence relating to trigonometric and hyperbolic functions as specified in the Evidence requirements in respect of Outcome 1.

7.5 General Information for Candidates

The following note may be used to provide candidates with general information about the

HNC and HND Electronics:

The awards have been designed by an expert team of educators and an industrialist with a

view to allowing you to meet the educational requirements to work as an electronics

technician. They contain up-to-date and relevant electronics subject content and skills and

satisfy the new SQA Higher National Design Principles.

The awards have been designed to give you opportunities to learn and understand the core

principles and technologies that underpin Electronics. Learning these will be essential in

providing you with a platform for tackling many electronics tasks and in allowing you to

develop a more in-depth knowledge of Electronics. At the same time you will have

opportunities to develop sound practical electronics construction, testing and project skills

which are critical to being a good electronics technician.


As well as studying Electronics subjects you will also take Communication and have the

option to take Information Technology as part of the HNC. Good Communication skills

are essential to understanding technical material, and in communicating with others

whether on an individual basis or when working as part of a team. Information

Technology underpins much of the work in Electronics whether this is through computer

simulation of electronic circuits or systems or in preparing a written report on the work

you have been involved in. Opportunities to develop Information Technology knowledge

and skills are also available in a number of Units in the HNC.

The Communication and Information Technology Units are mandatory within the HND

Electronics although you will not need to study these Units if you have already done so as

part of the HNC. There is an additional mandatory core Unit in the HND Electronics

entitled Business Awareness and Continuing Professional Development. This Unit will

provide you with an awareness of the business pressures on modern electronics

companies and what strategies they are adopting to meet these pressures. This Unit will

also provide you with the opportunity to develop your own career and education action

plan for the next five years or so.

As already mentioned Electronics is very much about learning and understanding core

principles and technologies whilst also doing practical work such as constructing and

testing circuits and project work. Thus, whilst taking the HNC and HND Electronics you

can anticipate that the teaching and learning approaches adopted by your lecturers will

include the following: lecturing, group work, practical electronics work involving basic

electronics skills such as soldering, constructing and testing circuits, computer simulation

of circuits and systems and project work.

The two awards have been designed to reduce the assessment load so that more time is

available for you to learn the electronic principles and technologies and the practical

skills that are essential to being a good electronics technician.

You can expect to be assessed at individual Unit level and at qualification level. At Unit

level assessment will consist of some form of written end test, or a combination of short

written test and practical exercise or a purely practical exercise. Your lecturer should tell

you at the start of the Unit what form the Unit assessment will take. In addition to Unit

tests there will also be a three hour examination at HNC level and a 2 credit project at

HND level. Both these assessments have been designed to allow you to demonstrate your

ability to integrate knowledge, understanding and skills learnt in the two awards as a

whole. Your performance in these Units will also be graded at A, B or C.

It is recommended that a candidate has one of the following qualifications before entering

the HNC or HND Electronics:

1 Two Highers from the following list: Electronics, Electrical Engineering,

Technological Studies, Physics or Mathematics

2 A National Certificate in Electronic Engineering or Electrical Engineering

3 Equivalent qualifications or experience to those shown in (1) and (2)


An HNC or HND Electronics no longer satisfies the full academic requirements to

become an incorporated engineer (a degree is now required). However, the new HNC and

HND Electronics provide a very solid platform for candidates to proceed to the advanced

stages of a degree programme in electronics. Ask your lecturer about progression

arrangements your college has with any university (ies).

7.6 Relationship to Other Awards

An HNC and HND Electrical Engineering are currently under development. Once these

awards are validated, it is anticipated that candidates will have opportunities to transfer a

significant number of Units between HNC and HND Electronics and HNC and HND

Electrical Engineering and vice versa. More limited opportunities will exist for candidates

to transfer Units between HNC and HND Electronics and HNCs and HNDs in

Mechanical Engineering, Manufacturing Systems and Fabrication and Welding and vice

versa.

7.7 Articulation Arrangements

Good articulation routes have always existed between HNC and HND Electronics awards

and degree courses in Electronics. Indications from Higher Education institutions are that

good articulation arrangements will continue and are likely to be strengthened by the

levelling of HNC and HND of SCQF levels 7 and 8 respectively (broadly equivalent to

first and second year degree).

It should be noted that the Mathematics for Engineering 3 has been included in the HND

award framework to facilitate progression between the HND and the advanced stages of

degree courses.


7.8 History of Change

It is anticipated that changes will take place during the life of the qualification and this

section will record these changes. This document is the latest version and incorporates the

changes summarised below. Centres are advised to check SQA’s APS Navigator to

confirm they are using the up to date qualification structure.

NOTE: Where a Unit is revised by another Unit:

No new centres may be approved to offer the Unit which has been revised.

Centres should only enter candidates for the Unit which has been revised where they

are expected to complete the Unit before its finish date.

Date

Version

Number

Description of Change

October

2014

08 Revision of Units: D77G 34 Communication: Practical

Skills revised by H7MB 34. DG4H 33 Mathematics for

Engineering 1: Electronics and Electrical revised by H7K0

33 Engineering Mathematics 1. DG4L 34 Mathematics for

Engineering 2 revised by H7K1 34 Engineering Mathematics

2 on HNC and HND Frameworks finishing 31/07/2016.

August

2014

07 Engineering Mathematics 3 (H7K2 34), Engineering

Mathematics 4 (H7K3 35) and Engineering Mathematics 5

(H7K4 35) added as optional Units to HND framework.

August

2013

06 Addition of optional Units: Energy Overview (H4J5 34) and

Energy Technologies (H4J6 35)

March

2012

05 Due to the HN Review the following Units have been

amended and recoded: DN42 34, DG2X 34 and DG54 34.

November

2007

04 Graded Unit specifications removed.

Partial Communication Core Skills credit for old

Communications Unit.

August

2006

03 HNC — three Units added to the Options section.

HND — three Units added to the Options section.

January

2006

02 Personal Development Planning Unit added as option

July 2005 02 Problem Solving fully embedded.

Two additional optional Units.


8 Core Skills Audit of HNC and HND Electronics Units

Core Skills Signposting

There may be opportunities to gather evidence towards Core Skills or Core Skills

components, however there is only automatic certification as detailed below:

Core Skill Component HN Unit Level Mandatory/

Optional

Communication

Oral

Communication

Embedded in D77G 34

Communication: Practical

Skills

Higher Mandatory

HNC and HND

Written

Communication

Embedded in D77G 34


Skills

Higher Mandatory HNC

and HND

Numeracy

Using Graphical

Information

Mathematics for

Engineering 1: Electronics

and Electrical.

Electronics Units within

mandatory section of the

awards

development opportunities

Using Number

Mathematics for

Engineering 1: Electronics

and Electrical

Higher Mandatory HNC

and HND

Information

Technology

Using Information

Technology

Embedded in D75X 34

Information Technology:

Applications Software 1

Higher

Optional in HNC

Mandatory in

HND

High level Engineering

Software, MCU/MPU

Assembly Language

Programming,

High Level Language:

External I/O Transfer,

MCU/MPU I/O Hardware

Control,

Applications of

Programmable Logic

Controllers

development opportunities

Working with

Others

Embedded in D77H 34

Experience 2 Higher

Optional in HNC

and HND


Core Skills Audit of HNC and HND Electronics Units

Using Information Technology (Higher) — Applicable to the HNC

Electronics

Outcome — Use an IT system effectively

Performance Criteria

a — Operation of hardware devices is efficient.

b — Operation of the system is responsible and considerate of other users.

c — Problems are identified and corrected effectively.

d — Security and management of data is effective and efficient.

e — Use of operating systems is effective.


Unit Knowledge/Skills/Evidence Developed/

Assessed

a b c d e

High Level

Engineering

Software

p.c. a – Candidates will have opportunities to

evidence the efficient use of the following

hardware devices: keyboard, mouse, VDU,

disk drive and printer.

p.c. b — Candidates would normally be taught and

evidence responsible and considerate

operation of a system as part of the delivery

of this unit.

p.c. c – Candidates will have opportunities to engage

in problem identification and correction

during the development of different pieces of

software but particularly at the compiling

and debugging and program verification

stages.

p.c. d— Candidates would normally be taught and

evidence the secure and manageable use of

data (eg backing-up files, passwords, virus

checks etc) in effective and efficient ways as

part of the delivery of this unit.

p.c. e — Candidates will have opportunities to

demonstrate effective use of OS as part of a

pc, development system or microcontroller.

Developed



Electronics

Outcome — Use software in an unfamiliar context to produce complex information


a — The analysis of the information requirements is correct.

b — The design of the solution is effective.

c — The selection of the application packages is appropriate.

d — The data components are assembled and integrated.

e — The output format is appropriate to the purpose and audience.



Assessed

a b c d e

High Level

Engineering

Software

p.c. a — Candidates have opportunities to evidence good

analysis skills as part of the software user

requirement and analysis and problem

specifications stages.

p.c. b — Candidates will have appropriate opportunities

to evidence effective software solutions as part

of program testing and verification stages

p.c. c — Candidates may have opportunities to evidence

this in, for example, the choice of high level

language and word-processing package they

use.

p.c. d — Candidates will have opportunities to evidence

this p.c. as part of their detailed design,

particularly with regard to the design and

assembly of individual software modules.

p.c. e — Candidates will have opportunities to evidence

the appropriateness of output formats in their

logbooks and /or portfolios and particularly via

the documentation requirements in Outcome 4.

Developed



Electronics









Unit

Knowledge/Skills/Evidence Developed/

Assessed

a b c d e

MCU/MPU

Assembly Language

Programming

p.c. a — Candidates will have opportunities to evidence

the efficient use of the following hardware

devices: keyboard, mouse, VDU, disk drive and

printer.


evidence responsible and considerate operation

of a system as part of the delivery of this unit.

p.c. c — Candidates will have opportunities to engage in

problem identification and correction during the

development of different pieces of software but

particularly when debugging software on a

target system.

p.c. d — Candidates would normally be taught and

evidence the secure and manageable use of data

(eg backing-up files, passwords etc) in effective

and efficient ways as part of the delivery of this

unit.


demonstrate effective use of OS on target pc,

microprocessor or microcontroller system.

Developed



Electronics










Assessed

a b c d e

MCU/MPU

Assembly Language

System

p.c. a — Candidates have some opportunities to evidence

analysis skills as part of analysing the data flow

and programming requirements associated with

the software exercises they undertake in this

unit.


to evidence effective software solutions

particularly as part of programme debugging

and verification.

p.c. c — It is unlikely that candidates will have a

sufficiently large range of software to choose

from to regard this as a development

opportunity.


this p.c. as part of their detailed software design,

particularly with regard to the use of subroutines

in Outcome 4.


the appropriateness of output formats in their

logbooks and/or portfolios and reports they have

to be generate for Outcomes 2, 3 and 4.

Developed



Electronics








Arrangements document: HNC/HND Electronics (G7E8 15 and G7E9 16)

51


Assessed

a b c d e

Applications of

Programmable

Logic Controllers

p.c. a — Candidates will have opportunities to

evidence the efficient use of the following

hardware devices: keyboard, mouse, VDU,

disk drive and printer particularly if they

program a PLC via a p.c.


evidence responsible and considerate

operation of a system as part of the delivery

of this unit.

p.c. c — Candidates will have opportunities to engage

in problem identification and correction

during the programming, testing and

verification of the PLC software in Outcome

3.

p.c. d — Candidates would normally be taught and

evidence the secure and manageable use of

data in effective and efficient ways as part of

the delivery of this unit.


demonstrate effective use of OS as part of

the PLC software assignment in Outcome 3.

Developed



Electronics










Assessed

a b c d e

Applications of

Programmable

Logic Controllers

p.c. a — Candidates have opportunities to evidence good

analysis skills as part of the programming,

editing, testing and verification PLC assignment

in Outcome 3 .


to evidence effective software solutions as part

of the programming, testing and verification

stages of the assignment in Outcome 3.

p.c. c — Candidates may have opportunities to evidence

this in, for example, the choice of PLC system

they use to do the assignment in Outcome 3.


this p.c. as part of their detailed design,

particularly with regard to the design and

assembly of individual parts of their PLC

programme for the assignment in Outcome 3.


the appropriateness of output formats in the

report required for Outcome 3.

Developed



Electronics

Outcome — Carry out searches to extract and present relevant information


a — Selection of data sources is effective.

b — Search strategy selected is efficient and effective.

c — Data is correctly extracted using several selection criteria.

d — Information is presented effectively.



Assessed

a b c d

High Level

Engineering Software

MCU/MPU Assembly

Language System

Applications of

Programmable Logic

Controllers

None

None

None


9 Examples of HNC and HND Electronics Timetables

Examples of HNC Electronics Timetables

It should be noted that in all the following timetables each semester is 20 weeks long and each period is 2hours in duration.

Full – Time (1 – Year, 15 credits)

Semester 1

Period 1

Period 2

Period 3

Period 4

Period 5

Period 6

Period 7

Period 8

Mathematics for

Engineering 1:

Electronics and

Electrical

Single Phase AC

Circuits

OR

DC and AC

Principles

Analogue

Electronic

Principles

Combinational

Logic

Information

Technology:

Applications

Software 1

Electronic

Testing Skills

Communication:

Practical Skills

Semester 2

Period 1

Period 2

Period 3

Period 4

Period 5

Period 6

Period 7

Period 8

Mathematics for

Engineering 2

Electrical

Networks and

Resonance

Analogue

Electronic

Principles

Sequential

Logic

High Level

Engineering

Software

or

MCU/MPU

Assembly

Language

Programming

Electronic

Construction

Skills

Applications of

Programmable

Logic

Controllers

Electronics:

Graded Unit 1


Possible HNC Electronics Timetables

Day-Release (2 – Year, 12 credits)

Year 1, Semester 1

Period 1

Period 2

Period 3

Mathematics for Engineering

1: Electronics and Electrical


Analogue Electronic

Principles

Year 1, Semester 2

Period 1

Period 2

Period 3


OR


Combinational Logic Analogue Electronic

Principles

Year 2, Semester 1

Period 1

Period 2

Period 3


Skills

Sequential Logic

High Level Engineering

Software

or

MCU/MPU Assembly

Language Programming

Year 2, Semester 2

Period 1

Period 2

Period 3

Implementing Small Local

Area Networks

Applications of

Programmable Logic

Controllers

Electronics: Graded Unit 1


An Example of a 2nd Year HND Electronics Timetable

(This timetable assumes that the full-time HNC timetable shown above is also the first year HND Electronics timetable)

Semester 1

Period 1

Period 2

Period 3

Period 4

Period 5

Period 6

Period 7

Period 8

Mathematics

for

Engineering 3

Active Electronics

Circuit

Power Supply

Circuits

MSI Devices High Level

Language:

External I/O

Transfer

or

MCU/MPU I/O

Hardware

Control

Printed Circuit

Board Design,

Manufacture

and Test

Business

Awareness and

Continuing

Professional

Development

Electronics:

Graded Unit 2

Semester 2

Period 1

Period 2

Period 3

Period 4

Period 5

Period 6

Period 7

Period 8

Mathematics for

Engineering 3

Telecommun-

ications

Fundamentals

Programmable

Logic Devices

Microprocessor

and

Microcontroller

Technology

Electronic Fault

Finding

Systems

Integration

Electronics:

Graded Unit 2


10 Guide to Credit Transfer Document

SCOTTISH QUALIFICATIONS AUTHORITY

HNC and HND in ELECTRONICS

A GUIDE TO CREDIT TRANSFER

ARRANGEMENTS BETWEEN

OLD AND NEW

HN ELECTRONICS UNITS


Introduction

This Guide has been prepared in order to clarify credit transfer arrangements between

old HN Electronics units (those units developed as part of the 1996 HN Engineering

validation process and called old units from now on) and new HN Electronics units

(units developed under the new HN Design Principles and called new units from now

on). Course admission tutors may use the Guide when advising candidates who have

achieved some old HN Electronics units or an old HNC Engineering: Electronics how

much credit transfer they have towards the new HNC and HND Electronics

In developing this Guide, a pragmatic view was taken towards the interpretation of

credit transfer. In practice, credit transfer has not been interpreted in terms of a strict

100% content match between old and new Units, but rather that the content and

standard of the two units are broadly equivalent. It is hoped that this approach will

help to ease credit transfer between old and new HN Electronic awards for a

significant number candidates

The Guide comprises of two parts. In the first part a series of tables are included

showing one for one unit replacements between units in the old and new Frameworks.

These tables also show where a cluster of units in the old Framework are a direct

replacement for a cluster of units in the new Framework. These clusters are indicated

by > and occur because in some cases the unit content and standards across, say, three

old HN Units is broadly comparable to three new HN units.

The second part of the Guide gives information, also in tabular format, of old units

which have some overlapping content with new units or in a few cases where the

content of old units do not overlap at all with new units.

To assist the reader to use the Guide, old and new units have been categorised under

the following headings:

Analogue Electronics

Application of PLCs

Communication

Digital Electronics

Electrical Principles

Engineering Applications

Engineering Programming

Information Technology

Mathematics

Telecommunication


Part 1: Information on direct replacements of units on a one to one or cluster basis

Old

Unit Nos.

Old Unit Titles

New

Unit Nos.

New Unit Titles

Analogue

Electronics

D4FH 04

D4FF 04

D4KI 04

D4KG 04

Analogue Circuit Techniques

Analogue Electronic Devices

Operational Amplifiers


DG2X 34

(finishes 31/07/2013)

or FY9T 34

DG2W 35

DG50 35


Active Electronic Circuits


Applications of

PLCs

D4FJ 04

Application of Programmable Logic

Controllers

DG31 34

Applications of Programmable Logic Controllers


Old

Unit Nos.

Old Unit Titles

New

Unit Nos.

New Unit Titles

Communication

D5P3 04

Communication: Presenting Complex

Communication for Vocational Purposes

Oral Communication element embedded

D77G 34

(Partial)


Written Communication element and Oral

Communication element

Core Skill of Communication at Higher embedded

Digital

Electronics

D4FR 04

D4L7 04

D4G7 04

D4FR 04

D4L7 04

D4KY 04

D4HN 04

Combinational Logic

Sequential Logic

D/A and A/D Converters

Combinational Logic

Sequential Logic


Field Programmable Gate Arrays?

DG3C 34

DG53 34

DG4Y 35

DG3C 34

DG53 34

DG52 35

DG3P 35

Combinational Logic

Sequential Logic

MSI Devices

Combinational Logic

Sequential Logic


Field Programmable Gate Arrays


Old

Unit Nos.

Old Unit Titles

New

Unit Nos.

New Unit Titles

Electrical

Principles

D4L9 09

D4GN 04

Single Phase AC Networks

Electrical Networks

DG54 34

(finishes 31/07/2013)

or FY9E 34

DG3G 34


or DC and AC Principles

Electrical Networks and Resonance

Engineering

Applications

D4H4 04

D4H2 04

D4GY 04



Electronic Fault Finding

DG3H 34

DG3N 34

DG3J 35



Electronic Fault Finding

Engineering

Programming

A4RR 04

D4HA 04

D4H9 04

Engineering Programming

Engineering Programming: Assembly

Language

Engineering Programming: I/O Hardware

Control

DG58 34

DG59 34

DG5C 35

High Level Engineering Software

MCU/MPU Assembly Language Programming



Old

Unit No.

Old Unit Titles

New

Unit No.

New Unit Titles

Information

Technology

A6AM 04

A6AN 04

Information Technology: Applications 1

Information Technology: Applications 2

D75X 34

D75X 34

Information Technology: Applications Software 1

Information Technology: Applications Software 1

Mathematics

D4JB 04

D4JH 04

D4JB 04

D4JH 04

A5NK 04

A5P2 04

Introductory Mathematics for

Engineering


Introductory Mathematics for

Engineering


Calculus for Engineering 1

Calculus for Engineering 2

DG4H 33

DG4H 33

DG4L 34

Mathematics for Engineering 1:

Electronics and Electrical



Part 2: Information on units where only some or no overlap of content occurs

Old

Unit No.

Old

Unit Title

New

Unit No.

New Unit Title Replacement

Content which is NOT

Covered in New

Unit/Comments

Analogue

Electronics

D4FH 04 Analogue Circuit

Techniques

DG2W 35 Active Electronic Circuits – Outcomes 1 and

4 only (Negative and Positive Feedback)


Old

Unit No.

Old

Unit Title

New

Unit No.



Covered in New

Unit/Comments

D4FF 04 Analogue Electronic

Devices

DG2X 34

(finishes

31/07/2013)

or FY9T 34

Analogue Electronic Principles – Outcome 1,

Outcome 2 Knowledge and Skills Items (a)

and (b) only.

Analogue Electronic Principles - Outcome 2

Rectification, clipping and clamping only.

Not covered in O.3 of Analogue

Electronic Principles unit –

voltage source, demodulation &

opto-coupler.

Not covered in O.4 of Analogue

Electronic Principles unit –

electronic switch, power

amplifiers and specialist

analogue circuits (long-tailed

pair or Darlington pair or

cascade amplifier or current

mirror).


Old

Unit No.

Old

Unit Title

New

Unit No.



Covered in New

Unit/Comments

D4KI 04 Operational Amplifiers DG2X 34

(finishes

31/07/2013)

or FY9T 34


Outcome 2 – Knowledge and Skills Item (c)

Operational Amplifiers

Digital

Electronics

D4G7 04 D/A and A/D Converters

DG4Y 35 MSI Devices - Outcomes 1,2 and 4

Knowledge and Skills Items 1 and 2 (Convert

digital to analogue signals

and convert analogue to digital signals)

MSI Devices Outcome 3

(Explain the operation of

specific MSI devices) and

Outcome 4 (Build and test a

circuit containing an input and

output MSI Device) not covered

D4JV 04 Microprocessor System

Fundamentals

DG4X 35

Microprocessor and Microcontroller

Technology – Outcome 1 Microprocessor

part only

Microprocessor and

Microcontroller Technology –

Outcome 2 (Understand modern

memory devices) and Outcome 3

(Program, test and interface a

memory device) not covered


Old

Unit No.

Old

Unit Title

New

Unit No.



Covered in New

Unit/Comments

D4JT 04

Microcontroller:

Architecture,

Programming and

Applications

DG4X 35 Microprocessor and Microcontroller

Technology – Outcome 1 Microcontroller

part only


Old

Unit No.

Old

Unit Title

New

Unit No.



Covered in New

Unit/Comments

Electrical

Principles

D4FT 04 Complex Waves and

Bridges

DG57 35 Transmission Lines and Complex Waves –

Outcome 4 Calculations involving a

fundamental and two harmonics in series and

parallel circuits

Transmission Lines and

Complex Waves – Outcome 4

Selective Resonance and the

effects of harmonics on electrical

measurements not covered


Old

Unit No.

Old

Unit Title

New

Unit No.



Covered in New

Unit/Comments

D5MW 04 DC Networks DG54 34

(finishes

31/07/2013)

or FY9E 34

Single Phase AC Circuits or DC and AC

Principles – Outcome 1 Knowledge and Skills

Items Ohm’s Law, circuit reduction

techniques as applied to combinations of

series/parallel resistors and energy and power

covered

Electrical Network and Resonance – Outcome

1 Knowledge and Skills Items Kirchhoff’s

Laws, Superposition, Thevenin and Norton

and Maximum Power Transfer Theorems

covered

D4GP 04 Electrical and Magnetic

Fields

DG54 34

(finishes

31/07/2013)

or FY9E 34

Single Phase AC Circuits DC and AC

Principles – Outcome 1 Knowledge and Skills

Items electrostatic and magnetic fields and

circuit reduction techniques (as applied to

combinations of series and parallel capacitors

only) covered


Old

Unit No.

Old

Unit Title

New

Unit No.



Covered in New

Unit/Comments

D4GN 04 Electrical Networks DG3G 34 Electrical Network and Resonance – Outcome

1 Kirchhoff’s Laws and Thevenin and

Norton’ Theorems covered

Electrical Network and

Resonance Outcome 1 -

Superposition and Maximum

Power Transfer Theorems not

covered

D4L9 04 Single Phase AC

Networks

DG54 34

(finishes

31/07/2013)

or FY9E 34

Single Phase AC Circuits or DC and AC

Principles – Outcome 2

Electrical Network and Resonance – Outcome

2 Partial coverage of knowledge and skills

items only (i.e. resonant frequency and

impedance for series and parallel resonant

circuits covered)

Candidates with appropriate NQ

Electrical Principles units can

gain exemption from Outcome 1

of the Single Phase AC Circuits

or DC and AC Principles unit

(specify NQ units)

Electrical Network and

Resonance – Outcome 2 Q-

Factor and Bandwidth for series

and parallel resonant circuits not

covered)


Old

Unit No.

Old

Unit Title

New

Unit No.



Covered in New

Unit/Comments

D4LN 04 Transmission Lines DG57 35

Transmission Lines and Complex Waves –

Outcomes 1,2 and 3

Engineering

Applications

D4HI 04 Electronic Test

Instruments

DG3N 34

Electronic Testing Skills – Outcomes 1 and 2.

Partial coverage of Outcome 3 (use of logic

probes and testing on combinational logic

circuits covered)

Electronic Testing Skills –

Outcome 3 Specification and use

of pulse sources not covered

Electronic Testing Skills -

Outcome 4 Identification of

short circuit and open circuit

faults in simple electronic

circuits not covered


Old

Unit No.

Old

Unit Title

New

Unit No.



Covered in New

Unit/Comments

Engineering

Programming

D4H9 04 Engineering

Programming: I/O

Hardware Control

DG5C 35 MCU/MPU I/O Hardware Control

OR


(Outcome 1 and only if an A/D or D/A

Converter was the subject of parallel transfer

of data)

This exemption assumes that the

candidate did the Engineering

Programming: I/O Hardware

Control unit in Assembly

Language

D4GJ 04 Digital Signal

Processing

No equivalent unit The new Applications of Signal

Processing and Conditioning

unit is substantially different in

content from the Digital Signal

Processing unit


Old

Unit No.

Old

Unit Title

New

Unit No.



Covered in New

Unit/Comments

Mathematics

D4JB 04 Introductory

Mathematics for

Engineering

DG4H 33

DG4L 34


Electronics and Electrical — Outcomes 1

and 3

Mathematics for Engineering 2 – Outcome 1

Partial coverage of differentiation and

integration of standard functions


Old

Unit No.

Old

Unit Title

New

Unit No.



Covered in New

Unit/Comments

D4JH 04

Mathematics for

Engineering

DG4H 33

DG4H 33

DG4L 34

Mathematics for Engineering 1: Electronics

and Electrical — Outcome 1 Partial overage

only (changing subject of formulae and

solving equations)

Mathematics for Engineering 1: Electronics

and Electrical — Outcome 2

Mathematics for Engineering 2 Outcome 1 –

Completion of coverage of differentiation and

integration of standard functions


Electronics and Electrical —

Outcome 1 Numerical evaluation

of expressions,

simplification of algebraic

expressions, using

scientific/engineering notation

not covered although candidates

who entered directly into the


unit probably covered these

subjects at an earlier stage


Old

Unit No.

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Unit Title

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Unit No.



Covered in New

Unit/Comments

A5NK 04 Calculus 1 for

Engineering

Mathematics for Engineering 2 – Outcome

2 (except for Newton – Raphson Method)

A5P2 04 Calculus 2 for

Engineering

DG4L 34

DG4P 35


2 (Newton – Raphson Method covered)


3 (except candidate may not have used

computer algebra to solve differential

equations)

Mathematics for Engineering 3 –

Outcome 1 (Matrix Methods)

and Outcome 2 (use of computer

algebra in differential and

integrative techniques not

covered)

Advanced Calculus for

Electrical and

Electronic Engineering

DG4P 35


4 (except candidate may not have used

computer algebra to solve Fourier

problems)


Old

Unit No.

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Unit Title

New

Unit No.



Covered in New

Unit/Comments

Telecommunica

tions

D4LG 04 Telecommunication

Fundamentals

DG56 35 Telecommunications Fundamentals

Limited coverage of content in

new unit only. Insufficient

coverage to grant any credit

transfer.

HNC Electronics Group Award Code: G7E8 15 HND Electronics ... · Arrangements document: HNC/HND...

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